The mass of the nucleus is 2.34348 * 10^(-26) kilogram. The mass of a neutron is always greater than a proton as basically speaking a neutron is composed of a proton and electron and other subatomic particles.
It's changes from every element to element.
The Nucleus composed from protons and neutrons. In the basic form, in Nucleus, the number of protons equal to the number of neutrons.
The mass of proton is 1.672x10^-27 kg.
The mass of neutrons is 1.674x10^-27 kg.
The nucleus of an atom is made up of protons and neutrons. The number of which varies according to the element.
The more more of these particles there are then the heavier the nucleus will be.
The mass of the neutron is 938,272 013 MeV/c2. There are a number of mesons, and their masses vary according to which one is under inspection. The neutron may be a few hundred to a few thousand times as massive as a given meson, depending on which one it is compared to. Use the link below and check the data table to make comparisons and determine how much heavier the neutron is than a given meson.
. In the nuecleous of an atom all the Atomic Mass ( known as a.m.u - atomic mass unit) is found inside the nuecleous. One single proton is 1.0 a.m.u ( or atomic mass unit) and one neutron is 1.0 a.m.u. Electrons have no atomic mass due to the fact that they are constantly moving and anyway would have very little mass.
Very nearly all of it.
The most complex atom that occurs in nature has something like 90 to 95 electrons,
but every single proton or neutron in the nucleus of any atom has the mass of
more than 1,800 electrons.
Depends on the number of protons and neutrons
1.675 * 10^-27 for a nuetron
1.672 * 10 ^-27 for a proton
9.11 * 10^-31 for an electron
The site below might help.
the nucleus does not contain electrons of the atom.
The vast majority of an atom's mass is within the nucleus; the electrons orbiting the nucleus, which do contain the same amount of charge as the nucleus(albeit negative), have virtually no mass when compared to the nucleus. In fact many scientific disciplines disregard the mass of electrons altogether.
All chlorine atoms contain 17 protons in each nucleus. The mass number is the sum of the numbers of protons and neutrons; therefore, the atom described in the question has a mass number of 35.
The nucleus of the atom.
The nucleus is the positively charged central mass of an atom.
in the nucleus of an atom -proton and neutrons , electrons in the orbit has the negligible mass.
This depends on the half-life of the atom
The nucleus of an atom doesn't contain electrons, but it does contain protons and neutrons.
This is because the mass of electron is without importance compared to the mass of protons and neutrons.
The mass of an atom is contained primarily in its nucleus.
the nucleus does not contain electrons of the atom.
It is the nucleus. Mass of electrons is too small
in the nucleus of the atom
The vast majority of an atom's mass is within the nucleus; the electrons orbiting the nucleus, which do contain the same amount of charge as the nucleus(albeit negative), have virtually no mass when compared to the nucleus. In fact many scientific disciplines disregard the mass of electrons altogether.
The nucleus of an atom contain protons and neutrons; protons and neutrons contain quarks and gluons.
If you mean the nucleus of an atom, different atom have different masses - an uranium atom has more than 200 times the mass of a hydrogen-1 atom (and most of that mass is in the nucleus).
All chlorine atoms contain 17 protons in each nucleus. The mass number is the sum of the numbers of protons and neutrons; therefore, the atom described in the question has a mass number of 35.